Following the success of his hit single "Ozone" featuring Tay Oskee, which accumulated over 345,000 streams on Spotify in just three months, Pat Burgener is back with "Free", produced by his brother Max Burgener, known as Oddbox. The song celebrates life's simple pleasures and the joy of living unencumbered, while also highlighting the profound concept of freedom and the ongoing challenges to live life fully.
Reflecting on the new release, Pat shares his dream for this song: “For thousands of reasons, even though it is a fundamental right, freedom remains elusive for most of us. Yet, it is the most important and beautiful thing we were born with. My hope is that this song inspires people to recognize their inner strength, to break free from the constraints that hold them back, and to live fully and wholeheartedly”.
"Free" is inspired by Pat's personal philosophy and lifestyle, reflecting his passion for traveling and the van-life movement. Embracing the open road with just his guitar and a board, Pat finds true happiness in freedom and exploration. It is for these exact reasons that the song has been selected to be the soundtrack for the new TV commercial of a renowned automotive company, known for their iconic travel vans.
Produced by Oddbox, who is not only a talented producer but also Pat's brother, "Free" promises to be a refreshing addition to the indie-pop landscape. Max Burgener's unique approach to production shines through, creating a compelling musical narrative that is both refreshing and engaging. Listening to Max’s productions ends up being not only a musical experience, but an emotional one as well.
To celebrate this release, Pat is thrilled to announce his first tour across Europe and the UK in Fall. He’ll be performing "Free" live at various locations, kicking off in Munich on the 18th of October and wrapping up in his hometown of Lausanne on the 9th of November. Fans can look forward to an experience that captures the essence of Pat’s music and lifestyle, with the famous touch of humor and good vibes that are uniquely his.